Locking and compression plates are not interchangeable catalogue categories. The plate design, screw interface and intended fracture strategy determine how the system should be specified.
Understand the design distinction
A locking plate uses screws that engage the plate through a locking interface. A compression plate relies on plate and screw mechanics to create compression across a fracture. Some systems combine both principles.
Start with anatomy and configuration
- Anatomical region and left or right option
- Plate profile and hole count
- Locking, non-locking or hybrid screw holes
- Required screw diameter and length range
- Instrumentation for contouring and fixation
Verify screw compatibility
Use the catalogue to confirm which screw type and diameter belongs to each plate family. Compatible screw information should be shown on the product page so purchasing teams do not select a technically incompatible combination.
Build a rational inventory
Map high-use anatomical families, common hole counts and screw ranges. Small-bone products such as headless compression screws should be planned separately from long-bone locking plate systems.
Confirm the final reference
A quotation should identify the plate family, variant, side, hole count, dimensions and compatible screws. Confirm instrument sets and market documentation for the selected product configuration.